9. I am stuck on this question can you please show me step by step. An asteroid, initially at rest, explodes into three pieces. One part has a momentum of 8530 kg m/s [E] and another has a mass of 2780 kg with velocity 12.9 m/s [W 12\deg S]. The mass of the third part is 375.00 kg. What is its total velocity and total kinetic energy?

9. I am stuck on this question can you please show me step by step. An asteroid, initially at rest, explodes into three pieces. One part has a momentum of 8530 kg m/s [E] and another has a mass of 2780 kg with velocity 12.9 m/s [W 12\deg S]. The mass of the third part is 375.00 kg. What is its total velocity and total kinetic energy?

Name: 9. I am stuck on this question can you please show mestep by step. An
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: 9. I am stuck on this question can you please show mestep by step. An asteroid, initially at rest, explodes intothree pieces. One part has a momentum of 8530 kg m/s[E] and another has a mass of 2780 kg with velocity 12.9m/s [W 12\deg S]. The mass of

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

A soccer player receives a pass that is moving at a velocity of 10 m/s. It takes them 0.2 seconds to stop the ball (mass of 0.43 kg) once it contacts their foot. After stopping the ball from moving, they contact the ball for a time of 0.03 seconds and send the ball towards the goal at a velocity of 15 m/s. Answer the following questions What is the impulse of the foot when receiving the pass? What is momentum of the ball when it leaves the players foot? Which movement required more force, receiving the pass or shooting the ball towards the goal?
Jax bounced a dodgeball off the wall. The dodgeball has a momentum of 32.6 kg•m/s after the collision. What is the total momentum of the system before the collision?
A basketball of mass 1.25 kg traveling with an initial speed of 8 m/sec bounces off of a backboard and comes back in the opposite direction with a speed of 7 m/sec. The ball is in contact with the backboard for 0.1 sec. What is the impulse on the ball?
please answer part 4, thanks
31. What is the momentum (as a function of time) of a 5.0-kg particle moving with a velocity v(t) = (2.0î +4.0t ĵ) m/s? What is the net force acting on this particle? Solution (10:01. ...: laž looard?
Railroad cars collide and stick together. How fast are the moving after sticking? Railroad car A is 1200kg and moving at 20.0m/s. Railroad car B is 8000kg and is not moving.
1. An object with mass m=1.18 kg has momentum p=7.50 kg. m/s. What is the object's kinetic energy (in Joules)? 2. An object's undergoes a change in momentum from pi=-6.77 kg m/s to pf=8.31 kg • m/s over a timeframe of (delta)t=1.28 s. Find the average force (in N) on the ball.
Dr. Evil has captured Chris Brown (m = 65.0 kg)! He threatens to kill him unless the world gives him one milli--- one hundred million dollars. He places Chris Brown on the end of a long, thin pole of mass M = 1000 kg and length L = 5.00 m that is suspended above a pool full of sharks with freaking lasers. The pole is allowed to rotate about its center of mass. A single rocket of negligible mass is placed at the opposite side from Chris Brown. It applies a force of 20.0 N perpendicularly to the pole. When the pole rotates 90°, the singer will fall down into the water. Watching this for a moment, Dr. Evil is very disappointed at how slowly it is moving. "SCOTT!" he yells. Scott: "Yeah?" "Why is there only one tiny rocket on the end of that pole?" Scott "We ran out of money buying the sharks with lasers attached to them because we--" Dr. Evil holds up a forestalling hand. "I'm going to go grab a pizza--NOT YOU SCOTT. You can watch the rocket." (a) Find the torque acting on the pole.…
1. It's 5:00 PM and Kurdapya needs to finish her physics module, one of the problems tates that a rocket and a spacecraft were attached and has a combined mass of 3.8 × 10⁵kg and is to reach a speed of 12.3 km/s, she needs to know how much kinetic energy will it have. 2. The next day, Kurdapya craved for some riped guava fruit. She has to climb the guava tree however she realized that she is already 65 kg and the tree is 7.2 meters high. Let us calculate the power required for her to climb the tree in 15 seconds.
A glider with the mass of 225g has the velocity of 60.36cm/s. It collided inelastically with 190g stationary glider. Their combined velocity after the collision is measured to be 30.2cm/s. What is the momentum before and after the collision?
Just need help with the blank parts, I keep getting wrong answers
A 3 kg particle is traveling at 5 [m/s]. An impulse acts on the particle via a force of 13(1-cos(2nt/1.1)) [N] which acts in the same direction as the motion for 1.1 seconds. What is the impulse acting on the particle? [Ns] (Hint, draw a figure of the force and consider the area represented by the integral) What is the speed of the particle after the impact [m/s]. What is the impulse delivered to the object between t-0s and t-0.825s [Ns].